- #1
toyotadude
- 18
- 0
Homework Statement
The Attempt at a Solution
I really am lost after that. Any tips? Did I even write the next force equations correctly? :\
What is the Net Force Acting on an Object on an Inclined Plane?
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SUMMARY
The discussion focuses on calculating the net force acting on an object on an inclined plane, emphasizing that only the overall net force magnitude is required. Participants clarify that the problem does not necessitate distinguishing between gravitational and frictional forces. Key variables include the distance traveled, time taken for acceleration, and the mass of the object. The direction of the net force is assumed to align with the plane, but insufficient information is provided to determine it definitively.
PREREQUISITES- Understanding of Newton's Second Law of Motion
- Familiarity with kinematic equations
- Basic knowledge of inclined plane physics
- Concept of net force and its calculation
- Study Newton's Second Law of Motion in detail
- Learn to apply kinematic equations for inclined planes
- Research the effects of friction on inclined planes
- Explore problems involving net force calculations in various scenarios
Students studying physics, educators teaching mechanics, and anyone interested in understanding forces on inclined planes.
I really am lost after that. Any tips? Did I even write the next force equations correctly? :\
- #2
collinsmark
Science Advisor
Homework Helper
- 3,445
- 3,590
Use kinematics.
(Hint: the problem statement doesn't ask you to distinguish between gravitational force, frictional force, or any other particular forces. It's only asking you to find the overall net force. Knowing the distance, the time it takes to accelerate over this distance, and finally the mass of the object are all you need to calculate this net force.)
[Edit: Well, enough information is given for you to calculate the magnitude of of the net force. The net force's direction is assumed to be along the direction of the plane, whatever that happens to be. (Don't bother trying to calculate the direction. Not enough information is given.)]
[2nd edit: You could calculate the direction if you knew what the friction coefficient was, or knew you were suppose to assume the plane is frictionless. But since the problem statement doesn't say anything about friction or lack thereof, or whether or not there are some other forces besides the obvious, there's not enough information to determine the direction. I'm guessing the question is just looking for the magnitude.]
(Hint: the problem statement doesn't ask you to distinguish between gravitational force, frictional force, or any other particular forces. It's only asking you to find the overall net force. Knowing the distance, the time it takes to accelerate over this distance, and finally the mass of the object are all you need to calculate this net force.)
[Edit: Well, enough information is given for you to calculate the magnitude of of the net force. The net force's direction is assumed to be along the direction of the plane, whatever that happens to be. (Don't bother trying to calculate the direction. Not enough information is given.)]
[2nd edit: You could calculate the direction if you knew what the friction coefficient was, or knew you were suppose to assume the plane is frictionless. But since the problem statement doesn't say anything about friction or lack thereof, or whether or not there are some other forces besides the obvious, there's not enough information to determine the direction. I'm guessing the question is just looking for the magnitude.]
Last edited:
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